Packaging structure and household appliance assembly

Abstract

The utility model provides a packaging structure and a household electrical appliance component, the packaging structure comprises a first cover component and a second cover component, the first cover component comprises a first cover shell, two first paperboards, two groups of first reinforcing components and two first end covers; the second cover assembly comprises a second cover shell, two second paperboards, two second reinforcing assemblies and two second end covers, each first reinforcing assembly comprises a first reinforcing rod and a third paperboard, each second reinforcing assembly comprises a second reinforcing rod and a fourth paperboard, and the first cover shell and the second cover shell are both made of honeycomb paperboards; the first end cover and the second end cover are made of fiber boards or wood boards, and the first reinforcing rod and the second reinforcing rod are made of hollow paper tubes. The packaging structure has better buffering protection capability and higher compressive strength, and is green and environment-friendly, so that the packaging buffering supporting strength is improved, and the buffering supporting protection effect on a product is further improved.

Description

Technical Field

[0001] The utility model relates to the technical field of packaging for protecting products, in particular to a packaging structure and a household electrical appliance component with the packaging structure. Background Art

[0002] Since EPS foam (polystyrene foam) has the defect of being not easily degraded and damaging the natural ecological environment, in order to solve the serious white pollution problem caused by EPS foam (polystyrene foam) as a box shell and a buffer liner, there is a current packaging structure that sets its box shell and buffer liner as a honeycomb cardboard structure. Compared with EPS foam, the cardboard can be degraded and recycled, which can reduce environmental pollution.

[0003] However, the existing packaging structure only uses the box shell and buffer liner of honeycomb cardboard to protect the product, and the honeycomb cardboard has the defect of low compressive strength, especially the buffer supporting force for large-weight and large-volume products is insufficient. Summary of the Invention

[0004] In order to achieve the first object of the utility model, the utility model provides a packaging structure with better buffer protection ability, higher compressive strength and environmental friendliness, so as to improve the packaging buffer support strength, and further improve the buffer support protection effect on the product.

[0005] In order to achieve the second object of the utility model, the utility model provides a household electrical appliance component with the above packaging structure.

[0006] To achieve the first object of the present utility model, the present utility model provides a packaging structure, which includes a first cover assembly and a second cover assembly. The first cover assembly includes a first cover shell, two first cardboard boards, two sets of first strengthening components, and two first end covers. The second cover assembly includes a second cover shell, two second cardboard boards, two sets of second strengthening components, and two second end covers. The first cover shell and the second cover shell are respectively arranged in a U shape. The two first end covers respectively cover the two first openings oppositely arranged on the first cover shell, and the two second end covers respectively cover the two second openings oppositely arranged on the second cover shell. Moreover, an accommodation cavity for placing products is formed among the two first end covers, the first cover shell, the two second end covers, and the second cover shell. One first cardboard board covers the corner of the free end face and the outer side face of one of the two first side walls oppositely arranged on the first cover shell. One second cardboard board covers the corner of the free end face and the outer side face of one of the two second side walls oppositely arranged on the second cover shell. And one second cardboard board is in contact with one first cardboard board to form the accommodation cavity. One set of first strengthening components is adapted to one first side wall. Each set of first strengthening components includes a first strengthening rod and a third cardboard board. A first groove is formed on the outer side face of the first side wall. The first strengthening rod is located in the first groove. The third cardboard board correspondingly covers the corner of the outer side face of the first side wall and the outer side face of the first connection wall of the first cover shell. And one set of second strengthening components is adapted to one second side wall. Each set of second strengthening components includes a second strengthening rod and a fourth cardboard board. A second groove is formed on the outer side face of the second side wall. The second strengthening rod is located in the second groove. The fourth cardboard board correspondingly covers the corner of the outer side face of the second side wall and the outer side face of the second connection wall of the second cover shell. The first cover shell and the second cover shell are both made of honeycomb cardboard. The first end covers and the second end covers are made of fiberboard or wood board. The first strengthening rod and the second strengthening rod are made of hollow paper tubes.

[0007] As can be seen from the above solution, when packaging the product, first place the product inside the first cover shell of the first cover assembly of the packaging structure of the present utility model, and then cover the second cover shell of the second cover assembly of the packaging structure of the present utility model on the first cover shell, so as to limit the product in the accommodation cavity formed between the two first end covers and the first cover shell of the first cover assembly and the two second end covers and the second cover shell of the second cover assembly of the packaging structure of the present utility model for protection. Then, the first cover shell and the second cover shell can be fully tied and fixed with sealing tape or straps to prevent them from bursting open. Since the first cover shell and the second cover shell of the present utility model are both made of honeycomb paperboard, and the core of the honeycomb paperboard is honeycomb-shaped, which has good cushioning performance and can ensure that the first cover shell and the second cover shell of the packaging structure of the present utility model have good cushioning and protective performance for the product. Moreover, the first end cover and the second end cover of the present utility model are made of fiberboard or wood board, which have the advantages of elastic cushioning, uniform material, small difference in longitudinal and transverse strength, and not easy to crack. While further improving the cushioning performance, they have good supporting strength, thereby enhancing the structural compressive strength at both ends of the first cover shell and both ends of the second cover shell. In addition, on the outer sides of the two first side walls of the first cover shell of the present utility model arranged oppositely, first grooves are provided, and first reinforcing rods made of hollow paper tubes are embedded in the first grooves, thereby improving the structural compressive strength of the two first side walls of the first cover shell arranged oppositely. And on the outer sides of the two second side walls of the second cover shell of the present utility model arranged oppositely, second grooves are provided, and second reinforcing rods made of hollow paper tubes are embedded in the second grooves, thereby improving the structural compressive strength of the two second side walls of the second cover shell arranged oppositely. In addition, the first cardboard covers the free end face and the corner of the outer side of one of the two first side walls of the first cover shell arranged oppositely for corner protection to increase the structural strength at the corner. The second cardboard covers the free end face and the corner of the outer side of one of the two second side walls of the second cover shell arranged oppositely for corner protection to increase the structural strength at the corner. The third cardboard covers the outer side of the first side wall and the corner of the outer side of the first connecting wall of the first cover shell corresponding to the first reinforcing rod for corner protection to increase the structural strength at the corner. The fourth cardboard covers the outer side of the second side wall and the corner of the outer side of the second connecting wall of the second cover shell corresponding to the second reinforcing rod for corner protection to increase the structural strength at the corner. And the arrangement of the first cardboard, the second cardboard, the third cardboard, and the fourth cardboard can also disperse the pressure at the corner.

[0008] Compared with EPS foam (polystyrene foam), the packaging structure of the present utility model uses the first cover shell and the second cover shell made of honeycomb paperboard, the first end cover and the second end cover made of fiberboard or wood board, and the first reinforcing rod and the second reinforcing rod made of hollow paper tubes, all of which can be degraded and recycled, can reduce environmental pollution, and are green and environmentally friendly.

[0009] Therefore, the packaging structure of the present utility model has better buffering and protecting capabilities, has relatively high compressive strength, and is green and environmentally friendly, thereby improving the buffering and supporting strength of the packaging and further enhancing the buffering and supporting protection effect on the product.

[0010] A further solution is that the first cover assembly further includes two groups of first support assemblies, one group of first support assemblies being adapted to one first opening. Each group of first support assemblies includes two first support rods and a fifth cardboard. At two open ends of the first connecting wall, first support walls are respectively provided protruding from the first side wall. The fifth cardboard is in a U shape and covers two corners of the first support wall away from the first side wall. One first support rod is located on the open end face of one first side wall and extends towards the fifth cardboard. The first end cover is located on the end faces of the fifth cardboard and the first support rod away from the first side wall, and the first support rod is made of a hollow paper tube; and / or, the second cover assembly further includes two groups of second support assemblies, one group of second support assemblies being adapted to one second opening. Each group of second support assemblies includes two second support rods and a sixth cardboard. At two open ends of the second connecting wall, second support walls are respectively provided protruding from the second side wall. The sixth cardboard is in a U shape and covers two corners of the second support wall away from the second side wall. One second support rod is located on the open end face of one second side wall and extends towards the sixth cardboard. The second end cover is located on the end faces of the sixth cardboard and the second support rod away from the second side wall, and the second support rod is made of a hollow paper tube.

[0011] A further solution is that at both ends of each fifth cardboard, first insertion joints are provided protruding. One end port of one first support rod is inserted into the first insertion joint; and / or, a first insertion slot is provided between the first side wall and the first connecting wall, and one side wall of the fifth cardboard is inserted into the first insertion slot; and / or, at both ends of each sixth cardboard, second insertion joints are provided protruding. One end port of one second support rod is inserted into the second insertion joint; and / or, a second insertion slot is provided between the second side wall and the second connecting wall, and one side wall of the sixth cardboard is inserted into the second insertion slot.

[0012] A further solution is that the third cardboard is in a U shape, and a third insertion slot is provided on the outer side face of the first side wall. One side wall of the third cardboard is inserted into the third insertion slot; and / or, the fourth cardboard is in a U shape, and a fourth insertion slot is provided on the outer side face of the second side wall. One side wall of the fourth cardboard is inserted into the fourth insertion slot.

[0013] A further solution is that the first groove is communicated with the third insertion slot. A third insertion joint is provided protruding on the side wall of the third cardboard inserted into the third insertion slot. One end port of the first reinforcing rod is inserted into the third insertion joint; and / or, the second groove is communicated with the fourth insertion slot. A fourth insertion joint is provided protruding on the side wall of the fourth cardboard inserted into the fourth insertion slot. One end port of the second reinforcing rod is inserted into the fourth insertion joint.

[0014] A further solution is that the first cover assembly further includes a first middle cushion assembly. The first middle cushion assembly includes a first backing plate and two first arc-shaped corner cushions. The first backing plate is arranged in a U shape on the inner side surface of the first cover housing. The two first arc-shaped corner cushions are respectively located at the two inner corners of the first backing plate. The second cover assembly further includes a second middle cushion assembly. The second middle cushion assembly includes a second backing plate and two second arc-shaped corner cushions. The second backing plate is arranged in a U shape on the inner side surface of the second cover housing. The two second arc-shaped corner cushions are respectively located at the two inner corners of the first backing plate. The first middle cushion assembly and the second middle cushion assembly are arranged opposite to each other, such that the first backing plate, the two first arc-shaped corner cushions, the second backing plate, and the two second arc-shaped corner cushions are arranged around the outer periphery of the accommodation cavity. The first backing plate and the second backing plate are made of cardboard or starch-based materials. The first arc-shaped corner cushions and the second arc-shaped corner cushions are made in one of the ways of pulp molding, pulp foaming, and mycelium materials.

[0015] A further solution is that the first cover assembly further includes a first end cushion assembly. The first end cushion assembly includes two first end backing plates and a first end arc-shaped cushion. The two first end backing plates are arranged inside the first cover housing near the two corners of the first cover housing and close to one end of the first end cover, and there is a first cavity between the two first end backing plates. The first end arc-shaped cushion is located inside the first cover housing and close to the first end backing plates, and there is a second cavity between the first end arc-shaped cushion and the first end backing plates. The second cover assembly further includes a second end cushion assembly. The second end cushion assembly includes two second end backing plates and a second end arc-shaped cushion. The two second end backing plates are arranged inside the second cover housing near the two corners of the second cover housing and close to one end of the second end cover, and there is a third cavity between the two second end backing plates. The second end arc-shaped cushion is located inside the second cover housing and close to the second end backing plates, and there is a fourth cavity between the second end arc-shaped cushion and the second end backing plates. The two first end backing plates are respectively arranged opposite to the two second end backing plates. A first accommodation cavity for accommodating the first accessory box is formed between the first cavity and the third cavity. The second end arc-shaped cushion and the first end arc-shaped cushion are arranged opposite to each other around the outer periphery of the accommodation cavity. A limiting cavity for placing the flange part of the product is formed between the second cavity and the fourth cavity. And the first end backing plates, the first end arc-shaped cushion, the second end backing plates, and the second end arc-shaped cushion are made in one of the ways of pulp molding, pulp foaming, and mycelium materials.

[0016] A further solution is that the first cover assembly further includes a third end cushion assembly, which includes a first U-shaped cushion plate and a third end arc-shaped cushion. The first U-shaped cushion plate is located inside the first cover shell and is close to the first end cover at the other end. The third end arc-shaped cushion is located inside the first cover shell and is close to the first U-shaped cushion plate. The second cover assembly further includes a fourth end cushion assembly, which includes a second U-shaped cushion plate and a fourth end arc-shaped cushion. The second U-shaped cushion plate is located inside the second cover shell and is close to the second end cover at the other end. The fourth end arc-shaped cushion is located inside the second cover shell and is close to the second U-shaped cushion plate. The first U-shaped cushion plate and the second U-shaped cushion plate are arranged opposite to each other and form a second accommodation cavity for accommodating the second accessory box. The third end arc-shaped cushion and the fourth end arc-shaped cushion are arranged opposite to each other around the outer periphery of the accommodation cavity. Moreover, the first U-shaped cushion plate, the second U-shaped cushion plate, the third end arc-shaped cushion, and the fourth end arc-shaped cushion are made in one of the ways of pulp molding, pulp foaming, and mycelium materials.

[0017] A further solution is that at least two groups of first strengthening components are arranged on one first side wall, and multiple first strengthening components are arranged side by side in the length direction of the first side wall; and / or, at least two groups of second strengthening components are arranged on one second side wall, and multiple second strengthening components are arranged side by side in the length direction of the second side wall; and / or, one first strengthening component and one second strengthening component are arranged correspondingly.

[0018] To achieve the second object of the present utility model, the present utility model provides a household electrical appliance assembly, which includes an electrical appliance product and a packaging structure. The packaging structure is the above-mentioned packaging structure, and the electrical appliance product is located in the accommodation cavity of the packaging structure. BRIEF DESCRIPTION OF THE DRAWINGS

[0019] Figure 1 It is a structural diagram of an embodiment of the packaging structure of the present utility model.

[0020] Figure 2 It is an exploded view of an embodiment of the packaging structure of the present utility model.

[0021] Figure 3 It is a structural diagram of the first cover assembly in an embodiment of the packaging structure of the present utility model.

[0022] Figure 4 It is a cross-sectional view of the first cover assembly in an embodiment of the packaging structure of the present utility model.

[0023] Figure 5 It is an exploded view of the first cover assembly in an embodiment of the packaging structure of the present utility model.

[0024] Figure 6 It is a structural diagram of the second cover assembly in an embodiment of the packaging structure of the present utility model.

[0025] Figure 7It is an exploded view of the second cover assembly in the embodiment of the packaging structure of the present utility model.

[0026] Figure 8 It is a structural diagram of the first cover shell / second cover shell in the embodiment of the packaging structure of the present utility model.

[0027] Figure 9 It is Figure 8 An enlarged view at A.

[0028] Figure 10 It is an exploded view of the adaptation of the first reinforcing rod to the third cardboard / the second reinforcing rod to the fourth cardboard in the embodiment of the packaging structure of the present utility model.

[0029] Figure 11 It is an exploded view of the adaptation of the first support rod to the fifth cardboard / the second support rod to the sixth cardboard in the embodiment of the packaging structure of the present utility model.

[0030] Figure 12 It is a schematic diagram of the usage state in the embodiment of the packaging structure of the present utility model.

[0031] The present utility model will be further described below in conjunction with the accompanying drawings and embodiments. Specific embodiments

[0032] See Figures 1 to 11, this embodiment discloses a packaging structure 10, which includes a first cover assembly 11 and a second cover assembly 12. Among them, the first cover assembly 11 of this embodiment includes a first cover shell 111, two first cardboard boards 115, two groups of first strengthening components 112, and two first end covers 113. And the second cover assembly 12 of this embodiment includes a second cover shell 121, two second cardboard boards 125, two groups of second strengthening components 122, and two second end covers 123. The first cover shell 111 and the second cover shell 121 are respectively arranged in a U shape. The two first end covers 113 respectively cover two first openings arranged oppositely on the first cover shell 111. The two second end covers 123 respectively cover two second openings arranged oppositely on the second cover shell 121. And a receiving cavity for placing products is formed between the two first end covers 113, the first cover shell 111, the two second end covers 123, and the second cover shell 121. One first cardboard board 115 covers the corner of the free end face and the outer side face of one of the two first side walls 1111 arranged oppositely on the first cover shell 111. One second cardboard board 125 covers the corner of the free end face and the outer side face of one of the two second side walls 1211 arranged oppositely on the second cover shell 121. And one second cardboard board 125 is in contact with one first cardboard board 115 to form the receiving cavity. Moreover, one group of first strengthening components 112 is adapted to one first side wall 1111. Each group of first strengthening components 112 includes a first strengthening rod 1121 and a third cardboard board 1122. A first groove 11111 is formed on the outer side face of the first side wall 1111. The first strengthening rod 1121 is located in the first groove 11111. The third cardboard board 1122 correspondingly covers the corner of the outer side face of the first side wall 1111 and the outer side face of the first connecting wall 1112 of the first cover shell 111. And one group of second strengthening components 122 is adapted to one second side wall 1211. Each group of second strengthening components 122 includes a second strengthening rod 1222 and a fourth cardboard board 1221. A second groove 12111 is formed on the outer side face of the second side wall 1211. The second strengthening rod 1222 is located in the second groove 12111. The fourth cardboard board 1221 correspondingly covers the corner of the outer side face of the second side wall 1211 and the outer side face of the second connecting wall 1212 of the second cover shell 121. In addition, the first cover shell 111 and the second cover shell 121 of this embodiment are both made of honeycomb cardboard. The first end cover 113 and the second end cover 123 are fiberboard or wood board. The first strengthening rod 1121 and the second strengthening rod 1222 are made of hollow paper tubes.

[0033] See Figure 12, when packaging the product 20, first place the product 20 inside the first cover shell 111 of the first cover assembly 11 of the packaging structure 10 of this embodiment. Then, cover the second cover shell 121 of the second cover assembly 12 of the packaging structure 10 of this embodiment on the first cover shell 111, so as to limit the product 20 in the accommodation cavity formed between the two first end covers 113 and the first cover shell 111 of the first cover assembly 11 of the packaging structure 10 of this embodiment and the two second end covers 123 and the second cover shell 121 of the second cover assembly 12 for protection. After that, the first cover shell 111 and the second cover shell 121 can be fully bundled and fixed by sealing tape or straps to prevent them from bursting open. Since the first cover shell 111 and the second cover shell 121 of this embodiment are both made of honeycomb cardboard, and the core of the honeycomb cardboard is honeycomb-shaped, which has good buffering performance, it can ensure that the first cover shell 111 and the second cover shell 121 of the packaging structure 10 of this embodiment have good buffering and protection performance for the product 20. Moreover, the first end cover 113 and the second end cover 123 of this embodiment are made of fiberboard or wood, which have the advantages of elastic buffering, uniform material, small difference in longitudinal and transverse strength, and not easy to crack. While further improving the buffering performance, they have good supporting strength, thereby enhancing the structural compressive strength at both ends of the first cover shell 111 and both ends of the second cover shell 121. In addition, on the outer sides of the two first side walls 1111 of the first cover shell 111 of this embodiment that are oppositely arranged, first grooves 11111 are provided, and first reinforcing rods 1121 made of hollow paper tubes are embedded in the first grooves 11111, so as to improve the structural compressive strength of the two first side walls 1111 of the first cover shell 111 that are oppositely arranged. And on the outer sides of the two second side walls 1211 of the second cover shell 121 of this embodiment that are oppositely arranged, second grooves 12111 are provided, and second reinforcing rods 1222 made of hollow paper tubes are embedded in the second grooves 12111, so as to improve the structural compressive strength of the two second side walls 1211 of the second cover shell 121 that are oppositely arranged.In addition, in this embodiment, the first cardboard 115 covers the corner of the free end face and the outer side face of one of the two first side walls 1111 oppositely arranged on the first cover shell 111 for corner protection to increase the structural strength of the corner. The second cardboard 125 covers the corner of the free end face and the outer side face of one of the two second side walls 1211 oppositely arranged on the second cover shell 121 for corner protection to increase the structural strength of the corner. The third cardboard 1122 and the first reinforcing rod 1121 correspondingly cover the corner of the outer side face of the first side wall 1111 and the outer side face of the first connecting wall 1112 of the first cover shell 111 for corner protection to increase the structural strength of the corner. The fourth cardboard 1221 and the second reinforcing rod 1222 correspondingly cover the corner of the outer side face of the second side wall 1211 and the outer side face of the second connecting wall 1212 of the second cover shell 121 for corner protection to increase the structural strength of the corner. Moreover, the arrangements of the first cardboard 115, the second cardboard 125, the third cardboard 1122, and the fourth cardboard 1221 can also disperse the pressure on the corner.

[0034] Compared with EPS foam (polystyrene foam), the packaging structure 10 of this embodiment uses the first cover shell 111 and the second cover shell 121 made of honeycomb cardboard, the first end cover 113 and the second end cover 123 made of fiberboard or wood board, and the first reinforcing rod 1121 and the second reinforcing rod 1222 made of hollow paper tubes, all of which are degradable and recyclable, can reduce environmental pollution, and are green and environmentally friendly.

[0035] Therefore, the packaging structure 10 of this embodiment has better buffering and protection capabilities, has a relatively high compressive strength, and is green and environmentally friendly, thereby improving the buffering and support strength of the packaging, and further improving the buffering and support protection effect on the product 20.

[0036] In order to improve the structural compressive strength of the two first openings of the first cover shell 111, the first cover assembly 11 of this embodiment further includes two groups of first support assemblies 114. One group of first support assemblies 114 is adapted to one first opening of the first cover shell 111. Each group of first support assemblies 114 includes two first support rods 1142 and a fifth cardboard 1141. First support walls 11121 are respectively protruded from the two open ends of the first connecting wall 1112 and are provided outside the first side wall 1111. The fifth cardboard 1141 is U-shaped and covers the two corners of the first support wall 11121 far from the first side wall 1111. One first support rod 1142 is located on the open end face of one first side wall 1111 and extends towards the fifth cardboard 1141. The first end cover 113 is located on the end faces of the fifth cardboard 1141 and the first support rod 1142 far from the first side wall 1111, and the first support rod 1142 is made of a hollow paper tube.

[0037] To improve the structural compressive strength at the two second openings of the second cover shell 121, the second cover assembly 12 further includes two sets of second support assemblies 124. One set of second support assemblies 124 is adapted to a second opening of one second cover shell 121. Each set of second support assemblies 124 includes two second support rods 1242 and a sixth cardboard 1241. Second support walls 12121 are respectively provided at the two open ends of the second connection wall 1212, protruding from the second side wall 1211. The sixth cardboard 1241 is U-shaped and covers the two corners of the second support wall 12121 away from the second side wall 1211. One second support rod 1242 is located on the open end face of one second side wall 1211 and extends towards the sixth cardboard 1241. The second end cap 123 is located on the end faces of the sixth cardboard 1241 and the second support rod 1242 away from the second side wall 1211, and the second support rod 1242 is made of a hollow paper tube.

[0038] To improve the assembly stability of the fifth cardboard 1141, a first insertion slot 11122 is provided between the first side wall 1111 and the first connection wall 1112 in this embodiment, and one side wall of the fifth cardboard 1141 is inserted into the first insertion slot 11122. Also, to improve the assembly stability of the sixth cardboard 1241, a second insertion slot 12122 is provided between the second side wall 1211 and the second connection wall 1212 in this embodiment, and one side wall of the sixth cardboard 1241 is inserted into the second insertion slot 12122.

[0039] To further improve the structural compressive strength, first plug connectors 11411 are respectively provided protruding at both ends of each fifth cardboard 1141 in this embodiment, and one end port of a first support rod 1142 is plugged onto the first plug connector 11411. Also, second plug connectors 12411 are respectively provided protruding at both ends of each sixth cardboard 1241 in this embodiment, and one end port of a second support rod 1242 is plugged onto the second plug connector 12411.

[0040] To improve the assembly stability, the third cardboard 1122 is U-shaped in this embodiment, a third insertion slot 11112 is provided on the outer side face of the first side wall 1111, and one side wall of the third cardboard 1122 is inserted into the third insertion slot 11112. Also, the fourth cardboard 1221 is U-shaped in this embodiment, a fourth insertion slot 12112 is provided on the outer side face of the second side wall 1211, and one side wall of the fourth cardboard 1221 is inserted into the fourth insertion slot 12112.

[0041] In order to further improve the compressive strength of the structure, in this embodiment, the first groove 11111 is communicated with the third insertion groove 11112. A third plug connector 11221 protrudes from the side wall of the third cardboard 1122 inserted into the third insertion groove 11112. One end port of the first reinforcing rod 1121 is inserted into the third plug connector 11221. And in this embodiment, the second groove 12111 is communicated with the fourth insertion groove 12112. A fourth plug connector 12211 protrudes from the side wall of the fourth cardboard 1221 inserted into the fourth insertion groove 12112. One end port of the second reinforcing rod 1222 is inserted into the fourth plug connector 12211.

[0042] Specifically, the first plug connector 11411, the second plug connector 12411, the third plug connector 11221 and the fourth plug connector 12211 in this embodiment are made of plant fiber board or corrugated board by folding.

[0043] In order to improve the middle buffer support capacity of the packaging structure 10, the first cover assembly 11 in this embodiment further includes a first middle cushioning assembly. The first middle cushioning assembly includes a first cushion plate 116 and two first arc-shaped corner cushions 117. The first cushion plate 116 is arranged in a U shape on the inner side surface of the first cover shell 111. The two first arc-shaped corner cushions 117 are respectively located at the two inner corners of the first cushion plate 116. The second cover assembly 12 further includes a second middle cushioning assembly. The second middle cushioning assembly includes a second cushion plate 126 and two second arc-shaped corner cushions 127. The second cushion plate 126 is arranged in a U shape on the inner side surface of the second cover shell 121. The two second arc-shaped corner cushions 127 are respectively located at the two inner corners of the first cushion plate 116. The first middle cushioning assembly and the second middle cushioning assembly are arranged oppositely, so that the first cushion plate 116, the two first arc-shaped corner cushions 117, the second cushion plate 126 and the two second arc-shaped corner cushions 127 surround the outer periphery of the accommodation cavity. The first cushion plate 116 and the second cushion plate 126 are made of cardboard or starch-based materials. The first arc-shaped corner cushions 117 and the second arc-shaped corner cushions 127 are made in one of the ways of pulp molding, pulp foaming, and mycelium materials.

[0044] In order to improve the buffering and supporting ability at one end of the packaging structure 10, the first cover assembly 11 of this embodiment further includes a first end cushion assembly. The first end cushion assembly includes two first end pads 118 and a first end arc-shaped cushion 119. The two first end pads 118 are arranged inside the first cover shell 111 near two corners of the first cover shell 111 and are arranged near the first end cover 113 at one end. There is a first gap between the two first end pads 118. The first end arc-shaped cushion 119 is located inside the first cover shell 111 and is arranged near the first end pad 118. There is a second gap between the first end arc-shaped cushion 119 and the first end pad 118. The second cover assembly 12 further includes a second end cushion assembly. The second end cushion assembly includes two second end pads 128 and a second end arc-shaped cushion 129. The two second end pads 128 are arranged inside the second cover shell 121 near two corners of the second cover shell 121 and are arranged near the second end cover 123 at one end. There is a third gap between the two second end pads 128. The second end arc-shaped cushion 129 is located inside the second cover shell 121 and is arranged near the second end pad 128. There is a fourth gap between the second end arc-shaped cushion 129 and the second end pad 128. The two first end pads 118 are respectively arranged opposite to the two second end pads 128. A first accommodating cavity for accommodating the first accessory box 30 is formed between the first gap and the third gap. The second end arc-shaped cushion 129 and the first end arc-shaped cushion 119 are arranged opposite to each other around the outer periphery of the accommodating cavity. A limiting cavity for placing the flange part of the product 20 is formed between the second gap and the fourth gap. The first end pad 118, the first end arc-shaped cushion 119, the second end pad 128, and the second end arc-shaped cushion 129 are made of one of the methods of pulp molding, pulp foaming, and mycelium materials.

[0045] In order to improve the buffering and supporting ability of the other end of the packaging structure 10, the first cover assembly 11 further includes a third end cushion assembly. The third end cushion assembly includes a first U-shaped cushion plate 1110 and a third end arc-shaped cushion 1120. The first U-shaped cushion plate 1110 is located inside the first cover shell 111 and is arranged close to the first end cover 113 at the other end. The third end arc-shaped cushion 1120 is located inside the first cover shell 111 and is arranged close to the first U-shaped cushion plate 1110. The second cover assembly 12 further includes a fourth end cushion assembly. The fourth end cushion assembly includes a second U-shaped cushion plate 1210 and a fourth end arc-shaped cushion 1220. The second U-shaped cushion plate 1210 is located inside the second cover shell 121 and is arranged close to the second end cover 123 at the other end. The fourth end arc-shaped cushion 1220 is located inside the second cover shell 121 and is arranged close to the second U-shaped cushion plate 1210. The first U-shaped cushion plate 1110 and the second U-shaped cushion plate 1210 are arranged opposite to each other and form a second accommodation cavity for accommodating the second accessory box 40. The third end arc-shaped cushion 1120 and the fourth end arc-shaped cushion 1220 are arranged opposite to each other around the outer periphery of the accommodation cavity. Moreover, the first U-shaped cushion plate 1110, the second U-shaped cushion plate 1210, the third end arc-shaped cushion 1120, and the fourth end arc-shaped cushion 1220 are made in one of the ways of pulp molding, pulp foaming, and mycelium materials.

[0046] In order to further improve the structural compressive strength, at least two groups of first strengthening components 112 are arranged on one first side wall 1111 of this embodiment. A plurality of first strengthening components 112 are arranged side by side in the length direction of the first side wall 1111. At least two groups of second strengthening components 122 are arranged on one second side wall 1211 of this embodiment. A plurality of second strengthening components 122 are arranged side by side in the length direction of the second side wall 1211. And one first strengthening component 112 and one second strengthening component 122 are arranged corresponding to each other in this embodiment.

[0047] The above embodiments are only preferred examples of the present invention, and are not used to limit the implementation scope of the present invention. Therefore, any equivalent changes or modifications made according to the structure, features, and principles of the patent application scope of the present invention should be included in the patent application scope of the present invention.

Claims

1. A packaging structure, comprising a first cover assembly and a second cover assembly, wherein the first cover assembly comprises a first cover shell, and the second cover assembly comprises a second cover shell, characterized in that: The first cover shell and the second cover shell are respectively arranged in a U shape, the first cover assembly further includes two first paperboards, two groups of first reinforcement components and two first end covers, the two first end covers are respectively covered on the two first openings of the first cover shell that are opposite to each other, the second cover assembly further includes two second paperboards, two groups of second reinforcement components and two second end covers, the two second end covers are respectively covered on the two second openings of the second cover shell that are opposite to each other, and a receiving cavity for placing products is surrounded by the two first end covers, the first cover shell, the two second end covers and the second cover shell, one of the first paperboards covers the corner between the free end face and the outer side face of one of the two first side walls of the first cover shell that are opposite to each other, one of the second paperboards covers the corner between the free end face and the outer side face of one of the two second side walls of the second cover shell that are opposite to each other, and one of the second paperboards is arranged in contact with one of the first paperboards to form the receiving cavity; A group of the first reinforcing components is adapted to one of the first side walls, each group of the first reinforcing components comprises a first reinforcing rod and a third paperboard, a first groove is provided on the outer side of the first side wall, the first reinforcing rod is located in the first groove, and the third paperboard and the first reinforcing rod are correspondingly covered at a corner of the outer side of the first side wall and the outer side of the first connecting wall of the first cover shell, and a group of the second reinforcing components is adapted to one of the second side walls, each group of the second reinforcing components comprises a second reinforcing rod and a fourth paperboard, a second groove is provided on the outer side of the second side wall, the second reinforcing rod is located in the second groove, and the fourth paperboard and the second reinforcing rod are correspondingly covered at a corner of the outer side of the second side wall and the outer side of the second connecting wall of the second cover shell; The first cover shell and the second cover shell are both made of honeycomb paperboard, the first end cover and the second end cover are made of fiberboard or wood board, and the first reinforcing rod and the second reinforcing rod are made of hollow paper tube.

2. The packaging structure according to claim 1, characterized in that: The first cover assembly further includes two groups of first support assemblies, one group of the first support assemblies is adapted to one of the first openings, each group of the first support assemblies includes two first support rods and a fifth paperboard, two open ends of the first connecting wall are respectively provided with first support walls protruding out of the first side wall, the fifth paperboard is U-shaped and covers two corners of the first support wall away from the first side wall, one of the first support rods is located on an open end surface of one of the first side walls and extends toward the fifth paperboard, the first end cap is located on the end surfaces of the fifth paperboard and the first support rod away from the first side wall, and the first support rod is made of a hollow paper tube; And / or, the second cover assembly also includes two groups of second support assemblies, one group of the second support assemblies is adapted to one second opening, each group of the second support assemblies includes two second support rods and a sixth paperboard, the two open ends of the second connecting wall are respectively provided with second support walls protruding out of the second side wall, the sixth paperboard is U-shaped and covers the two corners of the second support wall away from the second side wall, one second support rod is located on the open end surface of one of the second side walls and extends toward the sixth paperboard, the second end cap is located on the end surfaces of the sixth paperboard and the second support rod away from the second side wall, and the second support rod is made of a hollow paper tube.

3. The packaging structure according to claim 2, characterized in that: Both ends of each of the fifth paperboards are protrudingly provided with first plug connectors, and one end of one of the first support rods is plugged into the first plug connector; And / or, a first plugging groove is provided between the first side wall and the first connecting wall, and a side wall of the fifth paperboard is inserted into the first plugging groove; And / or, both ends of each of the sixth paperboards are protrudingly provided with second plug connectors, and one end of one of the second support rods is plugged into the second plug connector; And / or, a second inserting groove is defined between the second side wall and the second connecting wall, and a side wall of the sixth paperboard is inserted into the second inserting groove.

4. The packaging structure according to claim 1, characterized in that: The third paperboard is U-shaped, and a third insertion groove is formed on the outer side of the first side wall, and a side wall of the third paperboard is inserted into the third insertion groove; And / or, the fourth paperboard is arranged in a U-shape, a fourth plugging groove is formed on the outer side surface of the second side wall, and a side wall of the fourth paperboard is inserted into the fourth plugging groove.

5. The packaging structure according to claim 4, characterized in that: The first groove is connected to the third plugging groove, the side wall of the third paperboard inserted into the third plugging groove is protruded with a third plugging connector, and one end of the first reinforcing rod is plugged into the third plugging connector; And / or, the second groove is connected to the fourth plug-in groove, the side wall of the fourth paperboard inserted into the fourth plug-in groove is protruded with a fourth plug-in connector, and one end of the second reinforcing rod is plugged into the fourth plug-in connector.

6. The packaging structure according to claim 1, characterized in that: The first cover assembly further includes a first middle pad assembly, the first middle pad assembly including a first pad and two first arc-shaped corner pads, the first pad is U-shaped and arranged on the inner side of the first cover shell, and the two first arc-shaped corner pads are respectively located at two inner corners of the first pad; The second cover assembly further includes a second middle pad assembly, the second middle pad assembly includes a second pad and two second arc-shaped corner pads, the second pad is U-shaped and arranged on the inner side of the second cover shell, and the two second arc-shaped corner pads are respectively located at two inner corners of the first pad; The first middle pad assembly and the second middle pad assembly are arranged opposite to each other, so that the first pad, the two first arc-shaped corner pads, the second pad and the two second arc-shaped corner pads are arranged around the periphery of the accommodating cavity, the first pad and the second pad are made of cardboard or starch-based materials, and the first arc-shaped corner pad and the second arc-shaped corner pad are made of one of pulp molding, pulp foaming, and mycelium materials.

7. The packaging structure according to claim 1, characterized in that: The first cover assembly further comprises a first end gasket assembly, the first end gasket assembly comprising two first end gaskets and a first end arc gasket, the two first end gaskets are arranged inside the first cover shell near two corners of the first cover shell and near one end of the first end cover, and a first cavity is formed between the two first end gaskets, the first end arc gasket is located inside the first cover shell and is arranged near the first end gasket, and a second cavity is formed between the first end arc gasket and the first end gasket; The second cover assembly further comprises a second end gasket assembly, the second end gasket assembly comprising two second end gaskets and a second end arc gasket, the two second end gaskets are arranged inside the second cover shell near two corners of the second cover shell and near one end of the second end cover, and a third cavity is provided between the two second end gaskets, the second end arc gasket is located inside the second cover shell and is arranged near the second end gasket, and a fourth gap is provided between the second end arc gasket and the second end gasket; The two first end pads are respectively arranged opposite to the two second end pads, a first accommodating cavity for accommodating a first accessory box is formed between the first cavity and the third cavity, the second end arc pad and the first end arc pad are arranged opposite to each other around the outer circumference of the accommodating cavity, a limiting cavity for placing the flange part of the product is formed between the second cavity and the fourth gap, and the first end pad, the first end arc pad, the second end pad and the second end arc pad are made of one of pulp molding, pulp foaming, and mycelium materials.

8. The packaging structure according to claim 1, characterized in that: The first cover assembly further includes a third end gasket assembly, the third end gasket assembly includes a first U-shaped gasket plate and a third end arc gasket, the first U-shaped gasket plate is located inside the first cover shell and is arranged close to the first end cover at the other end, and the third end arc gasket is located inside the first cover shell and is arranged close to the first U-shaped gasket plate; The second cover assembly further includes a fourth end gasket assembly, the fourth end gasket assembly includes a second U-shaped gasket plate and a fourth end arc gasket, the second U-shaped gasket plate is located inside the second cover shell and is arranged close to the second end cover at the other end, and the fourth end arc gasket is located inside the second cover shell and is arranged close to the second U-shaped gasket plate; The first U-shaped pad and the second U-shaped pad are arranged opposite to each other and form a second accommodating cavity for accommodating a second accessory box. The third end arc pad and the fourth end arc pad are arranged opposite to each other around the outer circumference of the accommodating cavity, and the first U-shaped pad, the second U-shaped pad, the third end arc pad and the fourth end arc pad are made of one of pulp molding, pulp foaming, and mycelium materials.

9. The packaging structure according to any one of claims 1 to 8, characterized in that: At least two groups of the first reinforcing components are arranged on one of the first side walls, and a plurality of the first reinforcing components are arranged side by side in the length direction of the first side wall; And / or, at least two groups of the second reinforcing components are arranged on one of the second side walls, and a plurality of the second reinforcing components are arranged side by side in the length direction of the second side wall; And / or, one of the first reinforcement components is arranged correspondingly to one of the second reinforcement components.

10. Household appliance components, including electrical products and packaging structures, characterized in that: The packaging structure is the packaging structure described in any one of claims 1 to 9, and the electrical product is located in the accommodating cavity of the packaging structure.

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